CurNext

Case studies

How CurNext shows up on real construction surfaces - readiness decisions, fewer guesswork walks, and an audit trail mapped to the building.

Named customer logos and project identifiers are shared under NDA through sales. The studies below are anonymous site patterns based on CurNext solution deployments - not invented company profiles or fake percentages.

Site patterns by solution

Filter by SKU. Each pattern maps to a live product page.

  • CN-CC

    Residential / commercial concrete· EU site

    Slab cure on a multi-storey pour cycle

    Challenge
    Pour teams were waiting on calendar rules and spot checks while formwork and follow-on trades pressed for earlier access.
    Approach
    CN-CC air, surface, and core probes on critical slabs; floor gateway and building edge uplink; readiness in the project view instead of raw temperature charts.
    Outcome
    Go / no-go decisions tied to measured maturity, fewer unnecessary inspections, and a documented cure trail for the pour package.
    View CN-CC - Concrete Curing

  • CN-WD

    Interior fit-out· EU site

    Wet-room and gypsum drying before tiling

    Challenge
    Finishing crews risked trapping moisture behind tile and paint when drying windows were judged by feel and schedule pressure.
    Approach
    CN-WD nodes on gypsum and wet-room assemblies; alerts when surfaces were still out of band; readiness shared with the trades package.
    Outcome
    Clearer dry / wait calls before covering work, fewer moisture-related callbacks, and a trail of conditions before handover of the wet zones.
    View CN-WD - Wall Drying

  • CN-IAQ

    Office / residential handover· EU site

    Indoor air through handover and early occupancy

    Challenge
    After enclosure, teams needed CO₂, particulate, and VOC context without running a separate lab campaign for every complaint.
    Approach
    CN-IAQ nodes in representative zones; cloud thresholds and alerts for site and facilities roles after practical completion.
    Outcome
    Shared air-quality context for snagging and early occupancy, with measurements attached to spaces instead of one-off walkthrough notes.
    View CN-IAQ - Indoor Air

  • CN-LEAK

    Building services· EU site

    Leak watch on plant rooms and risers

    Challenge
    Hidden leaks in plant rooms and wet risers were found late - after damage to finishes and delayed commissioning.
    Approach
    CN-LEAK sensing on high-risk floors and plant areas; edge uplink with alerts to site and MEP leads.
    Outcome
    Earlier awareness of moisture events in critical zones and a clearer response path before finishes and equipment were at risk.
    View CN-LEAK - Leak Detection

  • CN-SHM

    Structural / temporary works· EU site

    Structural movement during critical works

    Challenge
    Temporary works and adjacent structure needed continuous context for tilt, crack, and vibration beyond periodic survey visits.
    Approach
    CN-SHM nodes on agreed structural points; thresholds and audit history in the project surface for engineers and site managers.
    Outcome
    Continuous structural context between surveys, with events retained for review when works changed site conditions.
    View CN-SHM - Structural Health

  • CN-MEP

    MEP commissioning· EU site

    MEP readiness during commissioning

    Challenge
    Commissioning teams lacked a shared view of flow, pressure, and energy behaviour while systems were still being balanced.
    Approach
    CN-MEP PoE panel sensing on agreed circuits; cloud readiness and history for MEP leads alongside the commissioning checklist.
    Outcome
    Fewer blind balancing loops and a shared record of system behaviour during the commissioning window.
    View CN-MEP - MEP

References

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